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    • 57. 发明申请
    • PRINTER APPARATUS AND LAMINATING METHOD
    • 打印机和层压方法
    • US20090145537A1
    • 2009-06-11
    • US12327903
    • 2008-12-04
    • Yasuo Suzuki
    • Yasuo Suzuki
    • B44C1/17G03G15/20
    • B41J2/36B32B38/14B41J2202/33
    • A printer apparatus including a printing-medium conveying unit conveying a printing medium, a sheet conveying unit conveying a thermal transfer sheet having an image protecting layer to be thermally transferred onto an image formed on the printing medium, a thermal head with heating elements linearly arranged in a direction orthogonal to a conveyance direction of the printing medium, and a control unit driving and controlling the thermal head. For selectively applying different amounts of thermal energy to the heating elements to form an uneven pattern on the image protecting layer thermally transferred onto the image on the printing medium, the control unit randomly divides a row of the heating elements into heating element groups each including at least two adjacent heating elements, applies the same amount of thermal energy to heating elements in the same heating element group, and applies different amounts of thermal energy to adjacent heating element groups.
    • 一种打印机装置,包括传送打印介质的打印介质传送单元,将具有要传热的图像保护层的热转印片传送到形成在打印介质上的图像上的片材传送单元,具有线性排列的加热元件的热​​敏头 在与打印介质的传送方向正交的方向上,以及驱动和控制热敏头的控制单元。 为了选择性地对加热元件施加不同量的热能以在热转印到打印介质上的图像上的图像保护层上形成不均匀图案,控制单元将一行加热元件随机分成加热元件组,每个加热元件组包括 至少两个相邻的加热元件对同一加热元件组中的加热元件施加相同量的热能,并将不同量的热能施加到相邻的加热元件组。
    • 59. 发明申请
    • PHOTOGRAPHIC PRINTING METHOD, MANUFACTURING METHOD OF PHOTOGRAPHIC PRINTED MATERIAL, AND PRINTING APPARATUS
    • 摄影印刷方法,摄影印刷材料的制造方法和印刷装置
    • US20080117277A1
    • 2008-05-22
    • US11926281
    • 2007-10-29
    • Yasuo Suzuki
    • Yasuo Suzuki
    • B41J2/32
    • B41J11/002B41M7/0027
    • A photographic printing method includes the steps of thermally transferring a color material onto a recording medium; further transferring an image protection layer thermally onto the recording medium having the color material; and processing the surface of the image protection layer so as to satisfy following conditions (1) to (6), (1) The 20° specular glossiness of the surface of the image protection layer is 30% or less; (2) When the optical comb width is 2.0 mm, the image clarity value is 30% or less; (3) When the optical comb width is 1.0 mm, the image clarity value is 5.0% or more; (4) When the optical comb width is 0.5 mm, the image clarity value is 4.0% or more; (5) When the optical comb width is 0.25 mm, the image clarity value is 3.0% or more; and (6) When the optical comb width is 0.125 mm, the image clarity value is 3.0% or more.
    • 照相印刷方法包括将着色材料热转印到记录介质上的步骤; 进一步将图像保护层热转印到具有着色材料的记录介质上; 并处理图像保护层的表面以满足以下条件(1)至(6),(1)图像保护层的表面的20°镜面光泽度为30%以下; (2)当光梳宽度为2.0mm时,图像清晰度值为30%以下; (3)当光梳宽度为1.0mm时,图像清晰度值为5.0%以上; (4)当光梳宽度为0.5mm时,图像清晰度为4.0%以上; (5)当光梳宽度为0.25mm时,图像清晰度为3.0%以上; 和(6)当光梳宽度为0.125mm时,图像清晰度值为3.0%以上。
    • 60. 发明申请
    • Non-aqueous electrolytic secondary battery
    • 非水电解二次电池
    • US20070148548A1
    • 2007-06-28
    • US11649322
    • 2007-01-02
    • Takashi SuzukiToshiyuki MiwaHiroto SagisakaYusuke TamuraKazuo TakadaYasuo Suzuki
    • Takashi SuzukiToshiyuki MiwaHiroto SagisakaYusuke TamuraKazuo TakadaYasuo Suzuki
    • H01M4/58
    • H01M4/587H01M10/052H01M10/0525
    • A non-aqueous electrolyte secondary battery includes a positive electrode 11 made of graphite powder and a negative electrode 13 made of lithium metal or a lithium-intercalatable/deintercalatable material. The positive electrode 11 and the negative electrode 13 are faced to each other with an electrolyte, containing a lithium salt, interposed in between. The positive electrode 11 has a carbon-derived absorption peak which appears within a range of 3200 gauss to 3400 gauss in an electron spin resonance method in which measurement is performed using an X band. A relative ratio (ΔH40K/ΔH296K) of the full width of half maximum intensity ΔH40K of the peak measured at a temperature of 40 K to the full width of half maximum intensity ΔH296K of the peak measured at a temperature of 296 K is 2.1 or more. Accordingly, it is possible to provide the non-aqueous electrolyte secondary battery which prevents degradation of the capacity in charge/discharge cycles after performing high temperature floating charge.
    • 非水电解质二次电池包括由石墨粉末制成的正极11和由锂金属制成的负极13或可锂可插拔/可切换材料。 正电极11和负电极13彼此间隔着含有锂盐的电解质。 正电极11具有在电子自旋共振法中出现在3200高斯至3400高斯范围内的碳衍生的吸收峰,其中使用X波段进行测量。 在40℃的温度下测得的峰的全部最大强度的三分之一高度40H的相对比(ΔH40K /ΔH296K) K在296K的温度下测得的峰的半峰强度的全宽度ΔH296K 为2.1以上。 因此,可以提供在进行高温浮动充电之后防止充放电循环中的容量降低的非水电解质二次电池。